How to clear subclipse and subversion password

本文探讨了Subclipse客户端中管理用户名和密码的挑战,并提供了在不同配置下更改这些信息的方法。重点关注了存储密码的安全性问题,以及如何在Unix和Windows系统上进行操作。同时讨论了两种配置下存储位置的不同,以及可能存在的安全风险。

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转载: http://nlp.cs.byu.edu/~rah67/wordpress/?p=4


Both subversion and subclipse cache usernames and passwords. Sometimes it is necessary to manually change the authentication information, e.g. to clear the password after it has changed, or occasionally, to update the username.

Anyone that uses subclipse (the subversion client for eclipse) that has needed to change the username or password for a stored repository, knows that there is no obvious way to do this. Luckily, I ran across this post. Unfortunately, it left some important details out.

If subclipse is setup to use JavaHL (which it is by default: check in Preferences > Team > SVN > SVN interface), then the passwords are stored in the same location as if the command-line svn tool was used. For unix-based systems (or using the command-line tool under cygwin), this is in ~/.subversion/auth/svn.simple. On windows it is in c:\Documents and Settings\[username]\Application Data\subversion\auth\svn.simple. It looks like there is one file per repository in this directory (the filename is a long hexadecimal number). This file contains your username and password.
On the other hand, if subclipse is configured to use the JavaSVN adapter, the .keyring file mentioned in the post appears to be located in the eclipse directory (not the workspace, the actually directory where the eclipse executable is found) under configuration/org.eclipse.core.runtime/.keyring. This is a binary file and hence must be deleted.

A few complaints: (1) I don’t like the fact my password is stored plaintext in a location where others frequently have at least read access to (this is especially true in Windows) (2) if the keyring is stored in the Eclipse directory that means all users share the same authentication information. That means someone else on the computer could access my subversion repositories as me!

This seems like a huge security hole.

keywords: clear delete remove subversion subclipse password authentication information


资源下载链接为: https://pan.quark.cn/s/1bfadf00ae14 “STC单片机电压测量”是一个以STC系列单片机为基础的电压检测应用案例,它涵盖了硬件电路设计、软件编程以及数据处理等核心知识点。STC单片机凭借其低功耗、高性价比和丰富的I/O接口,在电子工程领域得到了广泛应用。 STC是Specialized Technology Corporation的缩写,该公司的单片机基于8051内核,具备内部振荡器、高速运算能力、ISP(在系统编程)和IAP(在应用编程)功能,非常适合用于各种嵌入式控制系统。 在源代码方面,“浅雪”风格的代码通常简洁易懂,非常适合初学者学习。其中,“main.c”文件是程序的入口,包含了电压测量的核心逻辑;“STARTUP.A51”是启动代码,负责初始化单片机的硬件环境;“电压测量_uvopt.bak”和“电压测量_uvproj.bak”可能是Keil编译器的配置文件备份,用于设置编译选项和项目配置。 对于3S锂电池电压测量,3S锂电池由三节锂离子电池串联而成,标称电压为11.1V。测量时需要考虑电池的串联特性,通过分压电路将高电压转换为单片机可接受的范围,并实时监控,防止过充或过放,以确保电池的安全和寿命。 在电压测量电路设计中,“电压测量.lnp”文件可能包含电路布局信息,而“.hex”文件是编译后的机器码,用于烧录到单片机中。电路中通常会使用ADC(模拟数字转换器)将模拟电压信号转换为数字信号供单片机处理。 在软件编程方面,“StringData.h”文件可能包含程序中使用的字符串常量和数据结构定义。处理电压数据时,可能涉及浮点数运算,需要了解STC单片机对浮点数的支持情况,以及如何高效地存储和显示电压值。 用户界面方面,“电压测量.uvgui.kidd”可能是用户界面的配置文件,用于显示测量结果。在嵌入式系统中,用
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